Call: (631) 234-3553
Contact Us

Through Hole Resistors

 
  • Currently shopping by:
  • Resistance: 37.4 Ohm 
  • Resistance: 40.7 kOhm 
  • Resistance: 392 kOhm 
ResistanceTolerancePowerFailure Rate
Products Click on Part Number to view details or place order.
PicturePricePart NumberManufacturerResistanceTolerancePowerFailure Rate
Picture of RLR05C3923FS | VISHAY/DALE $13.63

RLR05C3923FS

VISHAY/DALE

392 kOhm

±1 %

0.125 (1/8) W

S (0.001%)

Picture of RLR07C37R4FS From $2.75

RLR07C37R4FS

Various

37.4 Ohm

±1 %

0.25 (1/4) W

S (0.001%)

Picture of RLR07C37R4FS | DALE $2.75

RLR07C37R4FS

VISHAY

37.4 Ohm

±1 %

0.25 (1/4) W

S (0.001%)

Picture of RLR07C3923FS From $2.75

RLR07C3923FS

Various

392 kOhm

±1 %

0.25 (1/4) W

S (0.001%)

Picture of RLR07C3923FS | VISHAY $2.75

RLR07C3923FS

VISHAY

392 kOhm

±1 %

0.25 (1/4) W

S (0.001%)

Picture of RLR32C37R4FR | VISHAY $6.93

RLR32C37R4FR

VISHAY

37.4 Ohm

±1 %

1 W

R (0.01%)

Picture of RLR32C37R4FS | VISHAY $7.39

RLR32C37R4FS

VISHAY

37.4 Ohm

±1 %

1 W

S (0.001%)

rnc50 Call for pricing

RNC50H3923FS

VISHAY

392 kOhm

±1 %

0.1 (1/10) W

S (0.001%)

rnc50 Call for pricing

RNC50J3923BS

VISHAY

392 kOhm

±0.1 %

0.1 (1/10) W

S (0.001%)

rnc55 Call for pricing

RNC55H37R4FS

VISHAY

37.4 Ohm

±1 %

0.125 (1/8) W

S (0.001%)

rnc55 Call for pricing

RNC55H3923FS

VISHAY

392 kOhm

±1 %

0.125 (1/8) W

S (0.001%)

Picture of RNC90Y40K700B Call for pricing

RNC90Y40K700B

VISHAY

40.7 kOhm

±0.1 %

0.6 W

Picture of RNC90Y40K700BP Call for pricing

RNC90Y40K700BP

VISHAY

40.7 kOhm

±0.1 %

0.6 W

P (0.1%)

Picture of RNC90Y40K700BR Call for pricing

RNC90Y40K700BR

VISHAY

40.7 kOhm

±0.1 %

0.6 W

Picture of RWR78S37R4FS From $5.95

RWR78S37R4FS

Various

37.4 Ohm

±1 %

10 W

RWR78S Style Illustration. Actual part might vary. $5.95

RWR78S37R4FS

VISHAY

37.4 Ohm

±1 %

10 W

Picture of RWR80S37R4FSB12 $5.21

RWR80S37R4FSB12

VISHAY

37.4 Ohm

±1 %

2 W

RWR89S Style Illustration. Actual part might vary. $4.69

RWR89S37R4FSB12

VISHAY

37.4 Ohm

±1 %

3 W